HISTORY AND IMPACT OF SCIVIS

What is the purpose of a gene map?
1. Explains floor plans for buildings
2. Physical representation of the cell
3. Represents pictures of plastids
4. Shows the locations of specific genes
Which is a concept map?
1. Road
2. Weather
3. Topographical
4. Spider
Which concept map organizes information in a linear or straight-line fashion?
1. Aeronautical
2. Flowchart
3. Spider
4. Venn Diagram
What concept helps photography to work properly?
1. Gamma Waves
2. Non-Visible Spectrum
3. Physics of Light
4. Ultraviolet Light
Which type of 2D rendering is pictured?
1. Road Map
2. MRI Image
3. Parallel Projection
4. Topographic Map
The picture is an example of a:
1. Pie Chart
2. Floor Plan
3. Gene Map
4. Flowchart
Which type of 2D rendering is pictured?
1. Concept Map
2. MRI Imaging
3. Parallel Projection
4. Topographic Map
What was the earliest recorded example of visualizations?
1. Cave Drawings
2. Road Map
3. MRI
4. Photographs
Which example of data gathered by remote sensing is used for a visualization?
1. Data collected in the classroom
2. Demographic data
3. Data collected from experiments
4. Data collected from satellites
Which concept map organizes information by placing a central theme in the center of the map and radiating sub-themes outward?
1. Hierarchy Concept Map
2. Organizational Flowchart
3. Spider Map
4. Venn Diagram
Which map shows the locations of rooms in a new house?
1. Aeronautical
2. Floor plan
3. Spider
4. Topographical
Which map gives information about flight paths?
1. Aeronautical
2. Organizational Flowchart
3. Road
4. Topographical
Which map gives information about the physical layout of an area?
1. Aeronautical
2. Organizational Flowchart
3. Road
4. Spider
Which type of map is illustrated?
1. Aeronautical
2. Contour
3. Spider
4. Topographical
Which type of map is shown
1. Aeronautical
2. Topographical
3. Spider
4. Weather
What invention brought images from around the world into the home?
1. Microscopes
2. Radar
3. Television
4. X-Rays
What type of map is shown in the image
1. Aeronautical
2. Gene
3. Topographic
4. Road
Which concept map places a central theme (such as animals) in the center and radiates sub-themes (dogs and cats) outward?
1. Hierarchy Concept Map
2. Organizational Flowchart
3. Spider Map
4. Venn Diagram
What developed from cave images as society became more complex?
1. Genes
2. Letters
3. Maps
4. X-Rays
Which concept map presents information in a descending order of importance?
1. Hierarchy
2. Organizational
3. Spider
4. Venn Diagram
Which map shows the location of DNA units?
1. Aeronautical
2. Floor Plan
3. Gene
4. Topographical
Which map is used to locate temperature patterns in an area?
1. Aeronautical
2. Organizational
3. Spider
4. Weather
Which map is used to locate flight patterns in an area?
1. Aeronautical
2. Organizational
3. Spider
4. Weather
What type of image includes MRI and CAT scans?
1. Holographic
2. Industrial
3. Medical
4. Remote-Sensing
What two people in the world have the exact DNA?
1. Brothers
2. Identical Twins
3. Mother and Child
4. Sisters
What process was used to help discover the structure of DNA?
1. Light Microscopes
2. Remote Sensing
3. Telescopes
4. X-Ray Crystallography
What process was used to develop this picture?
1. Light Microscopes
2. Radar
3. Telescopes
4. X-Ray Crystallography
Which microscope has the greatest magnification power?
1. Electron
2. Light
3. Reflecting
4. Stereo
What is the main benefit of a telescope in space compared to a land-based telescope?
1. Atmosphere will not block the view in the orbiting telescope
2. Orbiting telescopes usually contain stronger lenses
3. There is more light available to an orbiting telescope
4. Orbiting telescopes are usually bigger and more powerful
Which is NOT a telescope?
1. Electron
2. Orbiting
3. Radio
4. Refracting
Which is considered to be a microscope?
1. Electron
2. Orbiting
3. Radio
4. Remote
What is a primary application of DNA science?
1. Global Positioning
2. Holograms
3. Medical Imaging
4. Paternity Testing
The device pictured collects sound waves to help man understand materials in space. It is best described as a:
1. Magnetic Resonance Telescope
2. Radio Telescope
3. Reflecting Telescope
4. Refracting Telescope
The image shown was produced using short wavelengths that penetrate tissue producing negative images of bone. It is best described as a/an:
1. Electronic Microscopic Image
2. Hologram
3. Magnetic Resonance Image
4. X-ray
The three-dimensional image shown was produced using multiple lasers. It can best be described as a/an:
1. Electronic Microscopic Image
2. Hologram
3. Magnetic Resonance Image
4. X-Ray
How do X-rays work?
1. Computer simulates 3D images of bones and tissues
2. Lasers produce 3D images of bone but not tissues
3. Use magnets to create pictures of bone and tissues
4. Wavelengths pass through tissue but not bone
What process is used to help compare the DNA of parents to their children?
1. Gel Electrophoresis
2. Light Microscopy
3. Remote Sensing
4. X-Ray Crystallography
Which type of object can best be seen under a light microscope?
1. Metal
2. Opaque
3. Small
4. Transparent
What must happen to DNA before it is used in gel electrophoresis?
1. Cleaned with a buffer solution
2. Cut into pieces with enzymes
3. Stained with a blue dye
4. Washed with distilled water
What medical technique is used to view soft tissue in the human body?
1. Electronic Microscopic Image
2. Hologram
3. Magnetic Resonance Image
4. X-Rays
What medical technique is used to view bone in the human body?
1. Electronic Microscopic Image
2. GPS
3. Hologram
4. X-Rays

HISTORY AND IMPACT OF SCIVIS

Scientific and Technical Visualization IEugene Ashley High School

Scientific and Technical Visualization I
Eugene Ashley High School